mirror of
https://github.com/bilawalsidhu/gods-eye-view.git
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quanticsoul4772andClaude Opus 5.5
7981a179ea
Once the TomTom tile budget is spent, or TomTom fails, the proxy serves cached tiles marked STALE-BUDGET / STALE-ERROR. flowSource works out `stale`, but the layer fetched flow through fetchFlowForBounds, which returns only the segments, so getStats() and the sync chip still read "LIVE · Roads: …". #1239 fixed the get_traffic_flow tool the same way; the layer now uses fetchFlowDetail too, reports stale and oldestTileAt in its stats, and the chip reads "STALE · Roads: <source> · Flow: cached TomTom tiles". A source without fetchFlowDetail keeps the previous behaviour. Co-Authored-By: Claude Opus 5.5 <[email protected]>
385 lines
16 KiB
JavaScript
385 lines
16 KiB
JavaScript
import {
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normalizeRoadMode,
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resolveRoadMode,
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TRAFFIC_ROAD_MODES,
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} from './roadModes.js';
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import {
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trafficBucketTier,
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trafficStyleProfile,
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} from '../../data/trafficPresetStyle.js';
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import { TRAFFIC_TIMING_ENABLED } from './policy.js';
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import { t, translateKnown } from '../../i18n/index.js';
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export function createControls({ state: layerState, services, parts, source }) {
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/** One status line: feed, drawn road source, then degraded-coverage notes. */
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function roadStatusLabel(feed) {
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const source = layerState._roadSource;
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if (layerState._roadError)
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return t('UNAVAILABLE · {source} · Roads unavailable', { source });
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const notes = [feed.loadingLabel];
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if (!layerState._liveMode || feed.error)
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notes.push(t('Roads: {source}', { source }));
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// An explicit TomTom or Hybrid choice without a key draws OpenStreetMap.
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if (
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!layerState._liveMode &&
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['tomtom', 'hybrid'].includes(layerState._roadMode)
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)
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notes.push(
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layerState._flowStatusUnavailable
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? layerState._roadMode === 'tomtom'
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? t(
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'TomTom roads unavailable while the traffic service is unreachable',
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)
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: t('Hybrid unavailable while the traffic service is unreachable')
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: layerState._roadMode === 'tomtom'
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? t('TomTom roads need a TomTom key')
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: t('Hybrid needs a TomTom key'),
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);
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if (layerState._surfacePending)
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notes.push(t('Local surface still loading'));
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// The warning is a road-source message (source.js marks the known ones).
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if (layerState._roadWarning)
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notes.push(translateKnown(layerState._roadWarning));
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else if (layerState._roadPartial) notes.push(t('Partial coverage'));
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if (layerState._detailError) notes.push(t('Detailed roads unavailable'));
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else if (layerState._detailLimited)
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notes.push(t('Reduced detail coverage'));
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return notes.join(' · ');
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}
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const { getFlowSessionStats } = source;
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const methods = {
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id: 'traffic',
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name: 'Street Traffic',
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icon: '🚗',
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source: 'OpenStreetMap / TomTom',
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/** @type {number} Zero — layer is self-managed via camera listener + preRender */
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updateInterval: 0,
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/**
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* Update user-adjustable parameters (road source, density and speed scaling).
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*
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* @param {Object} [params]
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* @param {'tomtom'|'osm'|'hybrid'|null} [params.roadMode] - Road source; null = default.
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* @param {number} [params.densityScale] - Dot density multiplier (clamped 0.2–2.5).
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* @param {number} [params.speedScale] - Dot speed multiplier (clamped 0.3–3.0).
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* @param {{origin?:string}} [options] - Intent origin; restores never beat `?trafficRoads=`.
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*/
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setParams(params = {}, { origin } = {}) {
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const previousDensity = layerState._densityScale;
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const previousSpeed = layerState._speedScale;
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if (
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Object.hasOwn(params, 'roadMode') &&
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(params.roadMode === null || normalizeRoadMode(params.roadMode))
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) {
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const explicit = ['user', 'voice', 'tool'].includes(origin);
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const mode =
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!explicit && layerState._roadModeUrlOverride
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? layerState._roadModeUrlOverride
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: params.roadMode;
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if (explicit) layerState._roadModeUrlOverride = null;
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if (mode !== layerState._roadMode) {
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layerState._roadMode = mode;
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// Redraw from scratch: a different source means different roads.
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parts.ingestion.cancelActiveFetch();
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clearTimeout(layerState._retryTimer);
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layerState._retryTimer = null;
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layerState._loadGeneration++;
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layerState._fetching = false;
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layerState._lastBounds = null;
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layerState._lastViewCenter = null;
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parts.animation.clearDots();
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if (layerState._enabled)
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parts.viewport.onCameraChanged({ immediate: true });
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}
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}
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if (typeof params.densityScale === 'number') {
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layerState._densityScale = Math.max(
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0.2,
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Math.min(2.5, params.densityScale),
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);
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}
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if (typeof params.speedScale === 'number') {
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layerState._speedScale = Math.max(
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0.3,
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Math.min(3.0, params.speedScale),
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);
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}
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if (layerState._speedScale !== previousSpeed) {
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const ratio = layerState._speedScale / previousSpeed;
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for (const dot of layerState._dots) {
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dot.baseMps *= ratio;
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dot.mps *= ratio;
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}
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}
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if (
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layerState._densityScale !== previousDensity &&
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layerState._enabled &&
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layerState._roads.length
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)
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parts.rendering.renderRoadsForAltitude(
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layerState._roads,
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layerState._lastRenderAltitude,
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'Density',
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);
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// Live-mode treatment of roads TomTom has no flow data for:
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// 'sim' (default) keeps them as today's white ambient dots — colored =
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// real data, white = simulation; 'hide' spawns nothing on them (strict
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// data-integrity view). Owner-explorable; re-render applies on the next
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// camera-driven load.
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if (params.uncoveredRoads === 'sim' || params.uncoveredRoads === 'hide') {
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layerState._uncoveredMode = params.uncoveredRoads;
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}
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// Jam-viz prototype toggle (owner A/B): 'none' = shipped main behavior;
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// live mode only, applies on the next camera-driven load like the
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// uncoveredRoads param above.
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if (['none', 'density', 'heatline', 'both'].includes(params.jamViz)) {
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layerState._jamViz = params.jamViz;
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}
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// Preset-aware dot styling kill switch (owner A/B): 'off' forces the
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// shipped palette under every post-FX preset. Applies immediately via
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// in-place restyle — no refetch — so A/B legs share identical dots.
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if (params.presetDots === 'on' || params.presetDots === 'off') {
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if (params.presetDots !== layerState._presetDots) {
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layerState._presetDots = params.presetDots;
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parts.style.restyleDotsInPlace();
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}
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}
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},
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/**
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* Return the current user-adjustable parameters.
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* @returns {{densityScale:number, speedScale:number}}
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*/
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getParams() {
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return {
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roadMode: layerState._roadMode,
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densityScale: layerState._densityScale,
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speedScale: layerState._speedScale,
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uncoveredRoads: layerState._uncoveredMode,
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jamViz: layerState._jamViz,
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presetDots: layerState._presetDots,
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};
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},
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/** Road-source chips on the Street Traffic row (TomTom / OSM / Hybrid). */
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getRowControls() {
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const selected =
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layerState._roadMode || resolveRoadMode(null, layerState._liveMode);
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const live = layerState._liveMode;
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const titles = {
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tomtom: live
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? t('TomTom roads only, each with its live flow')
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: t(
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'TomTom roads only, each with its live flow (needs a TomTom key)',
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),
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osm: t('OpenStreetMap roads, with TomTom flow matched when available'),
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hybrid: live
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? t('TomTom roads first; OpenStreetMap fills the rest, simulated')
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: t(
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'TomTom roads first; OpenStreetMap fills the rest, simulated (needs a TomTom key)',
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),
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};
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// TomTom and OSM are provider names and stay as they are.
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const labels = { tomtom: 'TomTom', osm: 'OSM', hybrid: t('Hybrid') };
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return {
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chips: TRAFFIC_ROAD_MODES.map((mode) => ({
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id: `roads-${mode}`,
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label: labels[mode],
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title: titles[mode],
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active: mode === selected,
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params: { roadMode: mode },
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})),
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};
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},
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/**
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* Return a sub-sampled list of active dot positions for detection overlays
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* (e.g. CCTV bounding-box rendering).
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*
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* Uses a deterministic stride-based sampling so different seeds yield
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* non-overlapping subsets without sorting or shuffling.
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*
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* @param {Object} [options]
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* @param {number} [options.maxCount] - Maximum objects to return (defaults to all).
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* @param {number} [options.seed] - Integer seed to offset the sampling start.
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* @returns {Array<{position:Cesium.Cartesian3, id:string, type:string}>}
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*/
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getDetectableObjects(options = {}) {
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if (!layerState._enabled || layerState._dots.length === 0) return [];
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const maxCount = Number.isFinite(options.maxCount)
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? Math.max(1, Math.floor(options.maxCount))
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: layerState._dots.length;
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const seed = Number.isFinite(options.seed) ? Math.floor(options.seed) : 0;
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// Stride-based sampling: step through dots evenly to get ~maxCount samples
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const stride = Math.max(1, Math.ceil(layerState._dots.length / maxCount));
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const start = seed % stride;
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const result = [];
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for (let i = start; i < layerState._dots.length; i += stride) {
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const pos = layerState._dots[i].point.position;
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if (!pos) continue;
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const entry = {
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position: pos,
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id: `VEH-${String(layerState._dots[i].id).padStart(4, '0')}`,
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type: 'VEH',
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};
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// Live mode: the detection bracket carries the congestion signal —
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// its canvas sits ABOVE the post-FX chain, so tier colors survive
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// every preset (owner round 2: "bounding boxes do the heavy
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// lifting"). Keyless mode sets no tier: contacts keep the stock
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// 'vehicle' bracket and the keyless experience stays untouched.
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if (layerState._liveMode) {
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const tier = trafficBucketTier(layerState._dots[i].bucket || 'sim');
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if (tier) entry.tier = tier;
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}
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result.push(entry);
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if (result.length >= maxCount) break;
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}
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return result;
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},
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/** Visit stable dot identities and their owning geometry without allocating snapshots. */
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visitMotionDots(visitor) {
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for (let i = 0; i < layerState._dots.length; i++) {
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const dot = layerState._dots[i];
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visitor(dot.id, dot.road.key, dot.point, dot.road);
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}
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},
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/**
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* Return current layer statistics for UI status chips.
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* `mode` is the CONFIGURED source — 'live' (a TomTom key is present) or
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* 'sim' (keyless simulation, which the manager renders as a FALLBACK chip);
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* `error` carries this instant's health, so a live-configured layer whose
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* flow feed went down reads DEGRADED with the reason instead of a stale
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* LIVE coverage number. `flowCoveragePct` is shown dots on matched roads /
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* all shown dots (0–100 int), excluding closures; `tilesFetched` counts flow-tile requests
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* issued to the proxy this session (decode-cache hits excluded).
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* @returns {{count:number, lastUpdate:number|null, loading:boolean,
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* mode:'live'|'sim', error:string|null, flowCoveragePct:number,
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* tilesFetched:number}}
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*/
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getLoadingDiagnostics() {
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let movingWaypoints = 0,
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maxResidualM = 0;
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for (const road of layerState._roads) {
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if (!road.heightMoving) continue;
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for (let i = 0; i < road.waypoints.length; i++) {
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const a = road.waypoints[i],
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b = road.targetWaypoints[i];
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const residual = Math.hypot(a.x - b.x, a.y - b.y, a.z - b.z);
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if (residual >= 0.01) movingWaypoints++;
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maxResidualM = Math.max(maxResidualM, residual);
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}
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}
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return {
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fetching: Boolean(layerState._fetching),
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flowPending: layerState._flowPending,
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surfaceRefining: Boolean(layerState._surfaceRefining),
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populationPending: Boolean(layerState._populationPending),
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heightPending: Boolean(layerState._heightPending),
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generation: layerState._loadGeneration,
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surfaceRevision: layerState._surfaceRevision,
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lastPaintStage: layerState._lastPaintStage || null,
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movingWaypoints,
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maxResidualM,
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};
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},
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getStats() {
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// Outstanding flow work counts as loading: the paint race can leave a
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// TomTom request in flight after the roads have settled, and the shared
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// loading batch has to stay open long enough to announce its failure.
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const loading =
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layerState._fetching ||
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layerState._flowPending > 0 ||
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Boolean(layerState._surfaceRefining) ||
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Boolean(layerState._populationPending) ||
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Boolean(layerState._heightPending);
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const { free, slow, jam, sim } = layerState._bucketCounts;
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const matched = free + slow + jam;
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const flowCoveragePct =
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matched + sim > 0 ? Math.round((100 * matched) / (matched + sim)) : 0;
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const feed = parts.model.trafficFeedPresentation({
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liveMode: layerState._liveMode,
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fetching: loading,
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flowError: layerState._flowError,
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stale: layerState._flowStale,
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coveragePct: flowCoveragePct,
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statusUnavailable: layerState._flowStatusUnavailable,
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roadSource: layerState._roadSource,
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});
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return {
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count: layerState._count,
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motion: { ...layerState._motion },
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surfaceBudgetOmitted: layerState._surfaceBudgetOmitted || 0,
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lastUpdate: layerState._lastUpdate,
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loading,
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mode: feed.mode,
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// Cached proxy tiles (TomTom budget spent or upstream failing): the
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// manager reads this as STALE. Any error (flow, roads, detail) reads
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// DEGRADED instead.
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stale: Boolean(
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layerState._liveMode &&
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layerState._flowStale &&
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!(
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layerState._roadError ||
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layerState._roadWarning ||
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layerState._detailError ||
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feed.error
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),
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),
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oldestTileAt: layerState._flowOldestTileAt ?? null,
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error:
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layerState._roadError ||
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layerState._roadWarning ||
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layerState._detailError ||
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feed.error,
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roadBounds: layerState._lastBounds,
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surfacePending: layerState._surfacePending || 0,
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roadWarning: layerState._roadWarning || null,
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detailError: layerState._detailError || null,
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detailLimited: Boolean(layerState._detailLimited),
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flowCoveragePct,
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tilesFetched: getFlowSessionStats().tilesFetched,
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...(TRAFFIC_TIMING_ENABLED
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? { trafficTiming: parts.timing.getTrafficTimingDiagnostics() }
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: {}),
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// Per-bucket rendered-dot counts (sim = white ambient). Drives the
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// qa-traffic color assertions and the sync-chip mode label below.
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flowBuckets: { ...layerState._bucketCounts },
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closedRoads: layerState._closedRoads,
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// Jam-viz prototype diagnostics (additive — harness contract untouched).
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heatLines: layerState._heatLineCount,
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jamViz: layerState._jamViz,
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// Preset-styling diagnostics (additive): active style + profile.
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stylePreset: layerState._stylePreset,
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styleProfile:
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layerState._presetDots === 'on'
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? trafficStyleProfile(layerState._stylePreset)
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: 'normal',
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// Sync-chip text: shown while busy, and flashed on its own for 1.5 s
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// after each completed load (ui.js _updateTrafficSyncChip semantics).
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// The settled flash carries NO progress number beside it — this label's
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// coverage figure is the chip's only percentage — so a label that ends
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// in one had better be the honest one. This is also where LIVE vs
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// SIMULATED mode is surfaced, and it must never imply a live feed the
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// layer does not have.
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roadMode: resolveRoadMode(layerState._roadMode, layerState._liveMode),
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roadModeRequested: layerState._roadMode,
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roadSource: layerState._roadSource,
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source: layerState._roadSource,
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loadingLabel: roadStatusLabel(feed),
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};
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},
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};
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return { methods };
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}
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